This article compares Three.js and Galacean Web 3D engines, explains performance bottlenecks of Three.js, showcases Galacean's core advantages, and provides a step‑by‑step migration guide with code examples for initializing, loading models, replacing assets, and handling animations.
This article explores how a growth‑marketing team streamlined complex front‑end animations by adopting design‑first workflows, leveraging Galacean Effects and Lottie, and solving compatibility, resource‑replacement, and performance challenges in mini‑programs and H5 pages.
The article explains how Ant Group’s Galacean engine enables millions of participants to become digital torchbearers for the Asian Games by leveraging Web3D, physics‑based rendering, low‑code animation tools, and extensive cross‑device testing to create a scalable, interactive 3D experience.
This article details how Ant Security's frontend team developed an AR sandbox for the Bund Conference using a self‑crafted 3D marker algorithm, covering framework selection, model conversion, coordinate handling, collision setup, lighting, animation control, and performance optimizations for iOS devices.
The Galacean Engine 1.2 milestone introduces a suite of enhancements—including scene asset management, multi‑scene rendering, KTX2 texture compression, a GPU particle renderer, the new ShaderLab language, and a revamped editor panel system—aimed at boosting 2D/3D interactive project development efficiency.
